Expertise

My primary research interests concentrate on the study of particles containing b quarks and searches for new particles not described by our current Standard Model, such as those predicted by Supersymmetry and the "missing link" of the Standard Model: the Higgs boson. I have pursued these studies at the highest energy electron-positron colliders in the world, and am now continuing these studies at the energy frontier of hadronic colliders. I am also participating in planning for experimentation at the next generation of linear electron-positron colliders.

Research interests

  • Elementary particle physics (experimental)
Communities
Physics
Degrees
PhD, Stanford University, Experimental Particle Physics, 1990
BApSc, University of Toronto, Engineering Science - Physics Option, 1984
Keywords
radiology & medical imaging natural and physical sciences, mathematics and technology biological modeling circadian rhythms computer vision analog computers or computing biophysical interactions automata chaos physical sciences acoustics astrophysics biophysics elementary particle physics high energy physics particle physics wave motion applied physics experimental physics particle detectors background radiation acoustics technology
Languages
French